Category Archives: Cloud Computing
Universities and Tech Giants Again Nationwide Cloud Computing Mission – Editorials 360
Main universities and main know-how corporations agreed on Tuesday to again a brand new challenge supposed to provide teachers and different scientists entry to the computing assets now accessible primarily to a couple tech giants. From a report: The initiative, the Nationwide Analysis Cloud, has obtained bipartisan assist in each the Home and the Senate. Lawmakers in each homes have proposed payments that might create a process pressure of presidency science leaders, teachers and trade representatives to stipulate a plan to create and fund a nationwide analysis cloud. This program would give tutorial scientists entry to the cloud knowledge facilities of the tech giants, and to public knowledge units for analysis. A number of universities, together with Stanford, Carnegie Mellon and Ohio State, and tech corporations together with Google, Amazon and IBM backed the thought as properly on Tuesday. The organizations declared their assist for the creation of a analysis cloud and their willingness to take part within the challenge.
The analysis cloud, although a conceptual blueprint at this stage, is one other signal of the largely efficient marketing campaign by universities and tech corporations to steer the American authorities to extend authorities backing for analysis into synthetic intelligence. The Trump administration, whereas chopping analysis elsewhere, has proposed doubling federal spending on A.I. analysis by 2022. Fueling the elevated authorities backing is the popularity that A.I. know-how is crucial to nationwide safety and financial competitiveness. The nationwide cloud laws can be proposed as an modification to this 12 monthss protection funds authorization. We now have an actual problem in our nation from China when it comes to what theyre doing with A.I., stated Consultant Anna G. Eshoo, Democrat of California, a sponsor of the invoice.
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Universities and Tech Giants Again Nationwide Cloud Computing Mission - Editorials 360
Cloud Computing in Higher Education Market 2020 Global Analysis, Trends, Forecast up to 2025 – 3rd Watch News
The Cloud Computing in Higher Education market research added by Market Study Report, LLC, offers a comprehensive analysis of growth trends prevailing in the global business domain. This report also provides definitive data concerning market, size, commercialization aspects and revenue forecast of the industry. In addition, the study explicitly highlights the competitive status of key players within the projection timeline while focusing on their portfolio and regional expansion endeavors.
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Request a sample Report of Cloud Computing in Higher Education Market at:https://www.marketstudyreport.com/request-a-sample/2745198?utm_source=3wnews.org&utm_medium=AG
The report exemplifies industry tendencies as well as presents revenue forecast, sales volume, market size and upcoming opportunities. In addition, information pertaining to the market drivers that will positively affect the profitability graph and the respective segmentations influencing the market size during the study period is delivered in the report.
The Cloud Computing in Higher Education market study provides a comprehensive analysis of the industry vertical. As per the report, this market is poised to acquire commendable returns and record a significant growth rate during the estimated timeframe.
Major takeaways from the Cloud Computing in Higher Education market size report on the basis of geographical landscape:
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This report considers the below mentioned key questions:
Q.1. What are some of the most favorable, high-growth prospects for the global Cloud Computing in Higher Education market
Q.2. Which products segments will grow at a faster rate throughout the forecast period and why
Q.3. Which geography will grow at a faster rate and why
Q.4. What are the major factors impacting market prospects What are the driving factors, restraints, and challenges in this Cloud Computing in Higher Education market
Q.5. What are the challenges and competitive threats to the market
Q.6. What are the evolving trends in this Cloud Computing in Higher Education market and reasons behind their emergence
Q.7. What are some of the changing customer demands in the Cloud Computing in Higher Education Industry market
Key aspects of the Cloud Computing in Higher Education market entailed in the report are listed below:
For More Details On this Report:https://www.marketstudyreport.com/reports/global-cloud-computing-in-higher-education-market-2020-by-company-regions-type-and-application-forecast-to-2025
Some of the Major Highlights of TOC covers:
Chapter 1: Methodology & Scope
Definition and forecast parameters
Methodology and forecast parameters
Data Sources
Chapter 2: Executive Summary
Business trends
Regional trends
Product trends
End-use trends
Chapter 3: Cloud Computing in Higher Education Industry Insights
Industry segmentation
Industry landscape
Vendor matrix
Technological and innovation landscape
Chapter 4: Cloud Computing in Higher Education Market, By Region
Chapter 5: Company Profile
Business Overview
Financial Data
Product Landscape
Strategic Outlook
SWOT Analysis
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Cloud Computing in Higher Education Market 2020 Global Analysis, Trends, Forecast up to 2025 - 3rd Watch News
CGG GeoSoftware and Alibaba Cloud to support E&P companies with cloud geoscience technologies – Oilfield Technology
CGG GeoSoftware has collaborated with Alibaba Cloud to deploy its suite of proprietary geoscience software solutions on the Alibaba Cloud platform.
All applications across the entire GeoSoftware portfolio also run on the Azure and AWS cloud platforms, offering advanced capabilities in machine learning and artificial intelligence, as well as connections to Python ecosystem notebooks.
Alibaba Cloud, the data intelligence backbone of Alibaba Group, is the third largest cloud service provider in the world, and holds the number one market share position in Asia Pacific, according to Gartner, a leading research and advisory company.
CGG GeoSoftware, through its reservoir characterisation, interpretation and rock physics modelling solutions, such as Jason, HampsonRussell, InsightEarth, PowerLog and RockSI, enables geoscientists to work with greater efficiency and optimal productivity. Initial pilot studies have shown that using Jason Workbench software on Alibaba Cloud can bring dramatic improvements in computing efficiency compared to use of the same software on local compute resources.
Li Qiang, Director of Auto & Energy Business Group, Alibaba Cloud Intelligence, said: CGG GeoSoftware has become an Alibaba Cloud partner in oil and gas exploration and production in China. We look forward to continuing our cooperation with CGG GeoSoftware so that Chinese oil and gas exploration and production players can expand to full cloud capability and reap the benefits of digital technology.
Kamal al-Yahya, Senior Vice President, Geoscience Software & Smart Data Solutions, said: Usage of cloud computing technology in the energy industry continues to expand as E&P companies recognise the business value of cloud computing for streamlining operations and optimising decision-making. CGG GeoSoftware and Alibaba Cloud will reinforce their cooperation to provide best-in-class advanced cloud technology to serve Chinese oil and gas exploration and production companies.
Read the article online at: https://www.oilfieldtechnology.com/digital-oilfield/01072020/cgg-geosoftware-and-alibaba-cloud-to-support-ep-companies-with-cloud-geoscience-technologies/
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CGG GeoSoftware and Alibaba Cloud to support E&P companies with cloud geoscience technologies - Oilfield Technology
Reaching for the Cloud: Embracing digital channels in cooperative societies within Africa – Techpoint.ng
By Obong Idiong
The Covid-19 pandemic has fueled the migration of group interactions to online channels. Virtual meeting platforms such as Zoom, Skype, Microsoft Teams and Google Meets have become an essential element of modern culture, enabling family members, professional colleagues and other people groups to interact safely amid the outbreak of the highly contagious disease. Additionally, there is a growing appetite for virtual channels for investments, commerce and recreation. According to the African Union Commissioner, Amani Abou-Zeid, the Covid-19 crisis has become the biggest catalyst for digital transformation and has moved digitization from a niche market into mass adoption.
As a voluntary association of individuals with common economic and social interests, cooperative societies in Africa should embrace the trend and take deliberate steps to migrate their operations to digital channels. Cloud and related technology provide an opportunity for cooperative societies to not only improve the user experience of members and ease administration but to deliver additional services efficiently.
The adoption of digital technology holds the key for cooperatives in Africa to fulfil their potential as agents of economic growth. In Kenya, for example, the Ministry of Industry, Trade and Cooperatives estimates that cooperatives account for over 30 percent of GDP, compared to a much smaller fraction of Nigerias GDP. Technology has played an important role in organizing the activities of cooperatives in nations where they are making a significant economic impact.
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Cloud computing is a technology that is very relevant to cooperatives today. It refers to the delivery of computing services such as servers, storage, databases, networking, software and analytics over the internet and can be used to deliver faster and more flexible services to a variety of users. Service providers create cloud computing systems to serve common business or research needs.
These solutions are generally designed to support large customer or user numbers and are therefore an ideal solution for cooperative societies that seek to operate more efficiently. Adopters typically pay only for the cloud services they use and can lower their operating costs, enhance security, run infrastructure more efficiently and scale operations. One way to achieve this cost efficiency is by partnering with digital solutions companies.
By adopting cloud technology, cooperatives can revolutionize their operations in several ways. The collection and organization of members data on a cloud platform allow cooperatives to create financial accounts efficiently. This endears the cooperative to financial service companies, making them more willing to offer loans and other services to cooperatives. Sadly, many cooperatives in Africa struggle to provide financial accounts and data on the contribution of members. As a result, they are unable to take advantage of financing opportunities such as the loans currently being offered by the various Governments in these countries through various intervention schemes.
Technology is also changing how members relate with each other. Participation at meetings, voting and notifications can now be done virtually, saving time, resources, increasing participation and making engagement more convenient for members. Also, the adoption of digital technology opens up a new approach to customer service and customer experience. Members are now able to access information about their contributions and receive personalized services on the go.
The use of digital methods to organize the operations of cooperative societies also enables a range of prescriptive and predictive analysis that are otherwise not possible without data. The managers of the cooperative can analyze the membership and peculiar needs and circumstances of members on a platform made possible by cloud computing technology.
For example, through data mining, cooperative societies can more accurately ascertain the products and services that could interest their members. Also, through the processing of data and the creation of appropriate algorithms, the cooperative is more likely to improve member satisfaction by anticipating their needs and product preferences. Data processing can also be a valuable tool in risk management concerning designing rules around the provision of loans/credit to members. The power of data can only be truly unleashed today when organizations adopt digital methods in the provision of their services and the management of their operations.
The application of digital technology to drive innovation in the activities of cooperatives is a growing trend across the world. Credit unions in the United States are offering services via online and mobile channels to young adults. Millions of credit union members in Asia are being connected to digital financial tools. Digital technology is not only supporting the efficient distribution of loans to credit union members but enabling peer-to-peer rental of farming and other equipment in many countries. Given a large number of cooperative societies in Africa, there is significant scope for these groups to enhance their impact on society, better serve their members, and navigate the current public health concerns.
Another reason why cooperatives should embrace digital technology is the threat of the potential disruption of their businesses by outsiders. The success of Uber shows how the business of taxi service cooperatives across the world can be disrupted. Cooperatives in Africa need to wake up to the threat of technology to their business and embrace it before advancements in technology render them irrelevant in the future.
While access to digital tools and affordable broadband connectivity remains a challenge, the World Economic Forum calls for localizing digital content and services through; new models of investment in digital infrastructure; digital skills development; digitization of public services and creation of technology offerings tailored towards SMEs, all of which create further opportunities.
Covid-19 has created uncertainties across economies around the globe. However, this dire outlook creates new opportunities, to do things differently and harness new growth opportunities.
Obong Idiong is the CEO of Africa Prudential Plc, an NSE listed digital solutions company with a particular focus on Nigerias capital market.
Techpoint Build 2020 is holding virtually in August 2020. You can register now to attend for free.
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Nigerian startups raised $55.4m in Q1 2020;over 99% of which came from foreign sources. Find out more when you download the full report.
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Reaching for the Cloud: Embracing digital channels in cooperative societies within Africa - Techpoint.ng
Huawei: 5G’s ‘five opportunities’ | – Advanced Television
By Colin Mann
July 1, 2020
At the New Infrastructure and Business Digitalization Forum held during the first GSMA Thrive event, Gan Bin, Chief Marketing Officer for Huaweis Wireless Network Solutions, delivered a keynote speech entitled 5G Brings Five Opportunities with New Value, elaborating on why 5G is the digital foundation of new infrastructure to upgrade connectivity, AI, cloud, computing, and industrial applications and inject new vitality into economic development.
5G significantly improves the experience of connectivity, expanding 4Gs people-centred connections with smartphones to a full range of scenarios that span not only smartphones, but also smart wearables and homes. This will add greater convenience to daily lives, Gan told participants.
Huaweis latest Global Industry Vision (GIV) report projects a per-person average possession of five smart devices by 2025. Apart from eight billion smartphones, there will be more than 20 billion PCs, tablets, VR headsets, smart watches, and smart screens among other smart devices.
5Gs high bandwidth makes it possible to switch video calls, video entertainment, and personal data across these devices seamlessly. In addition, over 20 billion real-time online smart home devices, such as sound boxes, projectors, printers, and blood pressure meters will be operated and managed with 5G connections to enrich personal and home services.
As a result of 5G connections, these physical devices for homes or offices can be systematically integrated with the digital world to build new smart infrastructure platforms for consumption, education, travel, and work. This, in turn, will create new types of smart services.
5Gs full-scenario connectivity also facilitates the application and expansion of AI functionality, suggests Huawei, eliminating data upload limitations, meaning that a massive amount of data can be transferred from hundreds of millions of devices to cloud servers to provide AI operations with tremendous data, which will greatly reduce the training period.
It also suggests that 5G enables devices to make the best of the powerful computing in the cloud to relax requirements on local computing, reducing device costs. Furthermore, 5G enables the transfer of AI operation results to devices to greatly expand the availability of AI-based functionality.
It says that 5G will catalyse the maturity of AI technologies, playing an increasingly important role in our personal and professional lives. Technologies like real-time speech recognition, real-time machine translation, license plate recognition, and production line detection will penetrate every aspect of life and work due to ubiquitous 5G networks. Based on industry forecasts, 5G will potentially add a trillion US dollars to the AI market space by 2025.
Cloud technologies and business models are maturing, with hundreds of millions of connections and availability of AI services acting as the catalyst for the rapid development of the cloud industry, noted Gan.
5G will stimulate the demand for massive storage worldwide, suggests Huawei. Constrained by insufficient local capabilities, less than 2 per cent of the nearly 40 ZB data generated in 2019 was saved. 5G high bandwidth offers a new option to implement cloud storage to save the massive data. According to Huaweis GIV reports, 92 per cent of the worlds newly created 180 ZB data will be stored on the cloud by 2025.
5G also stimulates the demand for enormous computing power. Limited by current technology, less than 10 per cent of all data has been analysed and applied so far. 5G enables devices to leverage powerful cloud computing capabilities anytime, anywhere. According to Huaweis GIV report, the demand for computing power in 2025 will have increased by 150,000 times compared to 2019, with data usage surging from 10 per cent to 80 per cent.
Cloud technology is expanding beyond the Internet industry to government services, financial sectors, and other industries, spreading across production, operations, and management procedures in various enterprises. In China alone, one million enterprises will embrace the cloud in 2020, demonstrating an inevitable trend across industries towards cloud migration.
Computing capabilities have evolved into a crucial extension of human capabilities. Constantly growing computing requirements are driving the development of computing models. 5G will push computing into a new intelligent era featuring efficient collaboration among cloud nodes, edge nodes, and devices. With this new cloud-edge-device collaborative computing model, the cloud end focuses on general computing for brute force processing of massive data, and the edge end specifically addresses dedicated computing demands, including ultra-low latency and security and privacy protection, while devices are responsible for implementing the computing requirements for personalised devices, such as headsets and smartphones.
We are now facing a vast computing market with tremendous potential. Global research firm Gartner has forecast that the computing industry will exceed two trillion US dollars by 2023, advised Gan. While 4G has changed lives, 5G is set to change society. 5G has proven an indispensable enabler for business digitalisation and will greatly improve the operational efficiency across industries.
According to Huaweis GIV report, the contribution of the mobile industry to the worlds economy is growing year by year. 5G is emerging as the major driving force, projected to produce a return 6.7 times that of non-ICT investment in the long run.
5G has developed mature use cases for smart healthcare, distance education, and smart campuses, as well as in the business, travel, and cultural sectors. In China, 5G networks have been deployed in more than 300 hospitals to support remote diagnosis, remote monitoring, remote B-mode ultrasound examinations, and many other online services, which have proven important in fighting against the ongoing pandemic. Currently, 30,000 hospitals across China have planned to introduce 5G networks within one to two years. In addition, the commercial deployment of 5G has been initiated in 500,000 school campuses, 300,000 industrial parks, 100,000 hotels, and tens of thousands of shopping malls across China.
Furthermore, many other industries are working actively to promote the integration of 5G. Examples include electrical power, mining, port, oil and gas, manufacturing, and iron and steel.
Everyone will benefit from the opportunities brought by 5G. We call for concerted efforts across the entire society to explore business and delivery models, policy support, innovative applications, and device diversification, so as to embrace a 5G integrated world, concluded Gan.
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Huawei: 5G's 'five opportunities' | - Advanced Television
Taking the middleware out of high performance computing – TechRadar
Harnessing the full power of cloud computing can be difficult for developers as cost, complexity and time constraints often get in the way. Adding to this dilemma is the fact that traditional high performance computing relies on excessive amounts of middleware, orchestration and over engineering.
To make it easier for developers to create distributed applications which can solve large, complex and computationally intensive challenges, Hadean has created a new distributed computing platform that allows them to write scalable cloud-native applications.
To learn more about Hadean and its new platform, TechRadar Pro spoke with the company's VP of operations, Mimi Keshani.
Hadean was founded to overcome the challenges posed by distributed computing and unleash the potential of the cloud. Taking a first-principles approach we developed the Hadean platform, which enables programmers to quickly and easily write networked, dynamically-scaling cloud-native applications.
Hadean removes computational bottlenecks by eliminating excessive middleware, orchestration and overengineering, enabling developers to build, ship and scale their applications quickly and cost-effectively.
Hadean sits close to the metal and implements a unique process model that transforms the reliability and scalability of distributed computing, ensuring any application built on it is distributed and dynamically scalable by default.
Our simulation application, Aether Engine, will be used by the Francis Crick Institute to carry out COVID-19 simulations of models that combine analysis of person-to-person interaction with insight into how the virus transmits within an individual, providing a multiscale picture of the pathogens spread. The project will involve computationally complex data sets, which will be handled by Aether Engines distributed octree data structure. It dynamically partitions the simulation to provide additional computing power as required, reducing the expense and engineering complexity typically associated with running hyper-scale simulations.
Ultimately, we hope to accurately predict how susceptible an individual is to infection and the likelihood that they can pass it on. The project will provide near real-time analysis, and enable governments and health organisations to make more informed decisions when planning protective measures, which will ultimately ease the burden on the healthcare infrastructure and save lives.
Technology is in a constant state of rapid evolution, and the recent pandemic has highlighted the need for greater computing power, and the ability to access it quickly and cheaply. In pandemics we also see a proliferation of data becoming available, and therefore greater demand for cloud technologies to store, structure, and analyse these outputs.
Unleashing the potential of both big data and big compute means that we are now able to rigorously explore avenues such as personalised and precision medicine. In order to make the most of the computation power available we need to build cloud-native applications - hence why we created Hadean.
In 2019 we partnered with the Francis Crick Institute to explore Hadeans applicability to the life sciences via an Innovate UK grant. We used Aether Engine, our spatial simulation engine, to investigate how we could accelerate computational tools for docking two protein structures together, including a number of interactions involved in certain cancers.
We were able to significantly reduce the computation time required to sample millions of possible protein structures - as sampling on Aether Engine can be easily parallelised with no extra effort for the developer, and using more diverse inputs meant fewer docking runs were needed. We published this work in the journal Proteins and renewed the contract to build on this work and model COVID-19 transmission.
Aether Engine is a spatial simulation application. It scales across different processors and physical machines, utilising more computing power as the simulations grow in complexity and size. It can run complex simulations, quickly and at massive scale; drastically improving the speed, scalability and reliability of cloud and distributed computing systems.
The Hadean Platform (formally OS) is a cloud-native operating system, which exists to implement the distributed process model. Applications built on the platform are distributed by default, without the need for containers, such as our cardinal application Aether Engine. The Hadean platform dynamically scales as more or less computing power is required by efficiently spliting a computational task and allocating it out to CPUs in a given cloud system, rather than that of a single server or cluster.
Weve got a number of exciting projects in the pipeline. Most recently we've been helping epidemiological researchers at Imperial College via theRAMP initiativeon their work to create massive spatial social networks of the UK to inform models being used to develop the NHSX contact tracing app.
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Taking the middleware out of high performance computing - TechRadar
Cloud computing firm iomart reports 12th consecutive year of growth – Prolific North
Cloud computing company iomart, which has data centre facilities and offices in Manchester, York and Leeds, has recorded its 12th consecutive year of growth but cut its final dividend because of weaker margins.
For the year ended 31 March 2020, pre-tax profit rose 4% year-on-year to 16.8m and revenue rose 9% to 112.6m.
Gross margin reduced to 60.8% from 64.4% and the company proposed a final dividend payment of 3.93p per share, down 22% from 5.01p, resulting in a total dividend for the year of 6.53p, down from 7.46p on-year.
This is the 12th consecutive year of growth since the transition of the business to cloud services in 2008 with the acquisition of our first data centres, said CEO Angus MacSween (above).
Since that time, revenues and profits have grown considerably, with revenue reaching 112.6m, through the combination of continued organic growth and acquisitions.
As we look forward to the next stage of growth, we do so with our teams all working remotely and the world around us considerably changed due to the global impact of Covid-19.
Our focus must be first and foremost on the wellbeing of our people, all of whom have risen to the challenge fantastically, for which I and the Board are extremely grateful.
Together we have built a strong, resilient business, providing mission critical infrastructure to a wide spread of customers across diverse industries. This resilience will serve us well as we progress through the months ahead.
The switch to remote working across the world has only accelerated the move to the cloud which we believe will be a growth driver for our business over the longer term.
Our high levels of recurring revenues, breadth of customer base, industry leading profit margins and strong cash generation, mean we are confident iomart is well positioned to withstand the current challenges and deliver long-term growth.
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Cloud computing firm iomart reports 12th consecutive year of growth - Prolific North
Hybrid Cloud Computing Market Prospects & Upcoming Trends and Opportunities Analyzed for Coming Years – 3rd Watch News
Globally, enterprises are opting for hybrid cloud technologies to leverage cost savings and technical expertise to focus on its core business. Organizations can easily shift their non-critical data and applications from private to the public cloud to reduce the web traffic. The next five years will see an explosion in the use of hybrid cloud as it helps organizations to save cost on infrastructure and application support. Nearly 82% of the enterprises have hybrid cloud strategy for 2018. Hybrid cloud provides a single solution to organizations involved in multiple verticals. It can be applied to any industries including power, media & entertainment, complex computing, healthcare, government, education, analytics and much more. More than 60% of the large enterprises are planning to implement hybrid clouds by 2020.
Request To Download Sample of This Strategic Report:https://www.kennethresearch.com/sample-request-10085184A rapid increase in the private cloud adoption is driving the hybrid cloud market with nearly 82% of the enterprises planning to have a hybrid cloud strategy by 2017. The pay per use model is useful and affordable to the enterprises across all the verticals and regions. Cloud governance has witnessed a rapid growth with nearly 30% of the enterprises having established approval policies and by 2018 more than 50% will have approved cloud policies. According to Infoholic research, the WorldwideHybrid Cloud Computing Market is expected to grow at a CAGR of 34.3% during the forecast period 20162022.
The hybrid cloud computing market is analyzed based on four segments: solutions, service model, verticals and regions. The solutions segment includes application architecture, network integration and management systems. Application architecture segment is expected to have a major role in the hybrid cloud computing market.
Banking & financial services, consumer goods & retail, healthcare, manufacturing, media & entertainment, energy & utilities, government, telecommunication and IT, transportation & logistics and others. The manufacturing industry is set to be the leading vertical for hybrid cloud computing market and telecommunication and IT industry is set to be the emerging vertical for the market growth. The regions covered are North America, Latin America, Western Europe, Central Eastern Europe, Asia Pacific, Latin America, and the Middle East & Africa. North America is expected to outperform in the market growth along with Asia Pacific which is expected to provide huge opportunities in hybrid cloud computing market space.
The report provides a complete picture (vertical market opportunity, regional market opportunity, challenges, current market trends, future market trends, evolution, technology roadmap, etc.) of the hybrid cloud computing market.The key players covered in this report are Equinix, Computer Science Corporation, AT&T, Oracle, IBM, Microsoft, VMware, Rackspace Hosting, EMC, etc.
Request To Download Sample of This Strategic Report:https://www.kennethresearch.com/sample-request-10085184The study covers and analyzes the Worldwide Hybrid Cloud Computing market. Bringing out the complete key insights of the industry, the report aims to provide an opportunity for players to understand the latest trends, current market scenario, and technologies related to the market. In addition, helps the venture capitalist in understanding the companies better and take informed decisions.
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Hybrid Cloud Computing Market Prospects & Upcoming Trends and Opportunities Analyzed for Coming Years - 3rd Watch News
Global Cloud Computing Market 2020 | By Developments, Solutions, Services, Applications, Industry Analysis and Forecast 2025 – Cole of Duty
The report offers detailed study of the Global Cloud Computing Market. The study on Global Cloud Computing Market, offers deep insights about the Cloud Computing Market covering all the crucial aspects of the market. Moreover, the report provides historical information with future forecast over the forecast period. Various important factors such as market trends, revenue growth patterns market shares and demand and supply are included in almost all the market research report for every industry. Some of the important aspects analyzed in the report includes market share, production, key regions, revenue rate as well as key players.
This study covers following key players:Amazon Web ServicesVmwareMicrosoft AzureAliyunGoogle Cloud PlatformIBMSAPSalesforceOracleRackspaceDELLEMC
Request a sample of this report @ https://www.orbisresearch.com/contacts/request-sample/4191727?utm_source=Biren
The study is done with the help of analysis such as SWOT analysis and PESTEL analysis. There are different marketing strategies that every marketer looks up to in order to ace the competition in the Global market. Some of the primary marketing strategies that is needed for every business to be successful are Passion, Focus, Watching the Data, Communicating the value To Your Customers, Your Understanding of Your Target Market. There is a target set in market that every marketing strategy has to reach.
One of the ways for the estimation for the growth of the market is estimation of the market share by the regions which is likely to contribute to the growth of the market in the estimated forecast period. In this, the growth and fall of the each regions is covered which is likely to boost the growth of the Cloud Computing market. In addition, to determine and use precise methods, research methodology such as the qualitative and quantitative data is used for the estimation and determination of the Global Cloud Computing Market. It consists of the detailed study of current market trends along with the past statistics. The past years are considered as reference to get the predicted data for the forecasted period. The report covers complete analysis of the Cloud Computing Market on the basis of regional and global level. Various important factors such as market trends, revenue growth patterns market shares and demand and supply are included in almost all the market research report for every industry.
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Market segment by Type, the product can be split intoInfrastructure as a service (IaaS)Platform as a Service (PaaS)Software as a Service (SaaS)
Market segment by Application, split intoGovernmentSmall and Medium sized enterprisesLarge enterprises
In addition, it also covers political and social factors which is likely to affect the growth of the market. It also covers and analysis several segments which are present in the market. A significant development has been recorded by the market of Cloud Computing, in past few years. It is also for it to grow further. Various important factors such as market trends, revenue growth patterns market shares and demand and supply are included in almost all the market research report for every industry.
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Global Cloud Computing Market 2020 | By Developments, Solutions, Services, Applications, Industry Analysis and Forecast 2025 - Cole of Duty
Expanding Resources with Rapid HPC Orchestration in the Cloud – HPCwire
The industry has reached an interesting point for high performance computing in the cloud. You could almost measure this solely by the growing presence of cloud providers at the two major HPC conferences over the past few years. All the major cloud vendors had large, prime real estate on the exposition floor, and many other service providers were spread through kiosks and booths. HPC in the cloud is now one of the hottest topics at these shows, and there is plenty of interest with companies and research institutions eager to figure out how to expand their resource capabilities in fiscally responsible ways.
HPC in the cloud is not new. Its been building and gaining momentum since the early days that cloud computing emerged, but the past few years have seen dramatic changes and improvements in infrastructure that puts HPC in reach of a much broader audience. You find more specialized instances that provide bigger processing power and memory bandwidth for computationally intensive applications. Theres also more focus on providing higher performing fabric for scaling out workloads in the cloud. Emergence of more HPC-friendly system orchestration and software services also have made leaps and bounds to help assemble cluster instances in the cloud. Its been great progress and really interesting to be part of helping this growth.
That said, migrating HPC applications to the cloud can still be an easier said than done activity even with the advancements in cloud infrastructure. Theres still a learning curve involved to figure out the interface and mechanisms to spin up an instance for a particular cloud provider. If you want or need to have multiple cloud providers, then you have multiple paths to learn. There are many service providers and companies that help address the learning curve and simplify landing workloads in the cloud, but even they face the same issue. At some point in the workflow there is a need to have a common interface to launch a workload with a back-end interface to the cloud provider of choice.
Recently, Intel and Google started collaborating on creating some tooling that would provide a common interface. That resulted in Intel launching an open source project calledRapid HPC Orchestration in the Cloudor RHOC. Why spin up this effort? As alluded to above, we look at RHOC as an enabler to help users tap into HPC in the cloud. Its the enzyme that provides an accelerated path for users to realize the collective value of Intel and our cloud partners. Talking a little bit about how RHOC works will help explain the value.
Not trying to reinvent the wheel, RHOC utilizes two common utilities from Hashicorp as the underlying mechanisms to provide multi-cloud support for spinning up instances. Using Terraforms infrastructure as code approach and Packers mechanisms to create cloud images, RHOC uses templates to define connections to specific instances within a cloud vendor and uses templates that define the image to spin up in that vendor.
Users launch jobs direct from the command line and specify which templates to use as well as provide their user account credentials for the cloud provider. RHOC then handles setting up a cluster in the cloud provider. RHOC builds the compute image or reuses a prebuilt image, spins up the desired instances in the cloud, configures them as an HPC cluster, and launches the job. It defaults to running a job as an ephemeral cluster and will take care of grabbing your output data and spinning down the instances when a job has completed. It does provide an option to keep the cluster running, though, when its needed to keep the instances active. Just remember to shut it down later!
This means that through RHOC, Intel and our cloud partners can collaborate on providing templates that define optimized instances for HPC and optimized compute node images for a given cloud provider. For example, Intel collaborates with many of the individual cloud providers to optimize and tune fabric drivers utilized by the Intel MPI library. RHOC gives us the mechanism to provide this collaboration in the template for that given provider. Through RHOC, these optimizations become part of the images that users get when launching their jobs on a supported cloud. This is collective goodness that helps streamline access to expanded HPC resources.
Ilias Kastardis, HPC Solution Lead at Google, who contributes to the collaborative efforts, commented, Google Cloud is looking forward to providing RHOC to our HPC customers, as it will give them a simplified way to set up and manage performance optimized HPC clusters. We believe it will be a valuable toolkit for our customers in running their HPC workloads.
Google is the first provider included in RHOC, but more are coming. We are also expanding our partnerships to help enrich the feature set of the tool and continue to push out new optimizations within templates.
For a look at RHOC, you can check out this quick demonstration at theIntel HPC +AI Pavilion, and if you are figuring out how to simplify your experience of running HPC in the cloud, watch this space!
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Expanding Resources with Rapid HPC Orchestration in the Cloud - HPCwire